s Cet Prospectus 2013

8/12/2019 s Cet Prospectus 2013

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Sharif College of Engineering and Technology (SCET) is a Project of Sharif Trust

and is not a profit making organization formed in 1995 under the SocietiesRegistration Act of 1860

Board of Trustees:

Mian Muhammad Nawaz Sharif

Mian Muhammad Shahbaz Sharif

Board of Governors:

Madam Maryam Nawaz Sharif

Senator Sartaj Aziz

Prof. Dr Abdul Raouf S.I.

Lt. Gen Muhammad Akram Khan

Saeed Mehdi

Abdul Razzaq FCA

Prof. Dr Khalid H Qamar

Mian Muhammad Sharif

The Founding Father


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www.cet.sharif.edu.pk Affiliated with UET Lahore 2013

PEC permission granted via Minutes of 61stEA&QEC held June 4, 2011 Page 1

Darkness of ignorance has been washed away from humanity through a

chain of Prophet-hood since Adam. SCET stands as facilitator and source of

light in sharing and acknowledging prime concern of executing duty of

spreading knowledge. Excelling mans God given potentials to discover what

is better for humanity through Science, Engineering, Business and

Management.

VISION

Alladhi 'allama bil qalam

Al-Quran

(Who teaches by means of the

pen)


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Page 2 PEC permission granted via Minutes of 61st EA&QEC held June 4, 2011

To become an Institution that stands for Excellence. To Develop an

Innovative and Competitive Task Force to meet the new and Dynamic Socio-

Political and Socio-Economic needs of the globe.

MISSION


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Message from Principal SCET

Education is an intellectual tool which distinguishes man from the rest of the creatures of Allah. The

significance of learning cannot be overlooked as it helps man to explore new vistas and dimensions of life. It

enables him to excel over his fellow beings and secure a place of distinction. As the human civilization is

making great strides forwards, it is offering man a highly competitive environment in which survival and

prosperity is for those who can move ahead at the required pace. Keeping in view the challenges posed to

man by emerging trends of the present millennium, we have introduced a system of education that is based

on the lines and parameters of modern approaches in the field of engineering and technology.Dear Students,

SCET welcomes the eager among you to satiate their intellectual appetite by studying under the guidance of

dynamic and vibrant teaching faculty. We at SCET are proud of the diversity in our students body and believe

that this diversity could be transformed into a unified block. We inspire our students to prove themselves the

herald of empirical outlook for the generations to come. SCET believes in inculcating self-reliance in its

students so as to help them march forward in an honorable way. At SCET we have motto:

To guide our students in achieving their full potential in life is the core of our thinking and all our

endeavors. To this end, a highly qualified faculty, modern multidisciplinary programs, state-of-art Lab

facilities and innumerable co-curricular activities instill and nurture in our students values.

At SCET it is our mission not only to inspire but also to instill and foster a sense of dedication,

commitment and responsibility to duties.

I wish you success in achieving the set goals through admission at SCET.

Principal Sharif College Engineering & Technology

Prof. Dr. Khalid Hussain QamarB.Sc. EE (UK); PhD EE (UK); MIET (London)

Ex-Dean SST/UMT Lahore

Ex-Professor GIKI

Ex-Chief Research Officer NIE

Ex- Senior System Engineer Marconi Defense System UK


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Policy

The admission into SCET is strictly on merit basis determined by UET Admission Test and F.Sc./A Level Results

etc. There are no special quotas, reserved seats or admission by donations. Nor is there any arbitrary age limit

for the applicants. In fact, the College is open to all persons of either sex and of any religion, color, creed, class

or domicile who are academically qualified for admission to the courses of study offered by the College, and

no such person shall be denied the privileges of the College on such grounds.

Eligibility

The Engineering Applicants must have one of the following qualifications with at least 60% overall marks or

equivalent grade. The Applicants must also secure at least 60% marks or equivalent grade in Mathematics and

Physics. This constraint is relaxed for those who seek admission in Technology Program at SCET. They must

have at least 45% in F.Sc with science subjects; i.e. physics, Chemistry and Mathematics.

HSSC (Pre-Engineering) with Mathematics, Physics and Chemistry

Three A-levels (Advanced Level General Certificate of Education) in Mathematics, Physics and

Chemistry (D or above grade Mathematics and Physics) and seven O-levels.

American or Canadian High School Diploma with Mathematics (with calculus) Physics and Chemistry.

International Baccalaureate (IB) Diploma with Mathematics (with calculus), Physics and Chemistry.

B.Sc. with Physics and Mathematics

Three year polytechnic diploma, in the same discipline as faculty applied for, from a Pakistani Board of

Technical Education with at least 60% overall marks.

The Applicants for Computer Science Program must have one of the following qualifications with at least 60%

overall marks or equivalent grade:

HSSC (Pre-Engineering) or HSSC(Pre-Medical) having completed Additional Mathematics with at least

60% marks in the subject.

ICS with Statistics/Physics and Math with at least 60% marks.

Note: Applicant with Mathematics, Physics and Chemistry background can apply for all programs however

those having studied Computer Science / Computer Studies in lieu of Chemistry at their HSSC or A-Level, can

only apply for Computer Science. All Candidates (including additional Mathematics Result awaited for Sr. No. 7

above) may apply for provisional admission if they have completed one of the above courses and are awaiting


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results. The confirmation of admission is however subject to submission of result by the date specified in the

admission offer letter.

Confirmation of all admissions will be subject to:

Submission of Fitness Certificate from the Sharif Medical City Hospital, and an Undertaking by the

student and his father/guardian to abide by the rules and regulations framed by the College from time

to time.

Overseas Applicants

The eligibility requirements for the Overseas Applicants are the same as for the local applicants. They may

however, take Scholastic Aptitude Test (SAT-II) in Physics and Mathematics (Math IIC) in place of UET

Admission test. Applicants have to choose only one basis for their admission i.e. admission test or SAT-II, an

option once exercised cannot be changed.

Application Procedure

An Application Package (containing an application form, prospectus, and guidelines for applicants) may beobtained on payment of Rs. 1000/- (Application Package & Application Process Fee) by post or in person from:

The Admission Office, Sharif College of Engineering and Technology (SCET), Jati Umra Raiwind Road, Lahore

Ph. 042-37860308-10 Ext. 3005; Cell: 03044183951/03044184076/03044183994/03044184026

[email protected]

Advance Standing Admissions

A person who has been enrolled for a relevant Bachelor Degree Program in Engineering at some accredited

(PEC, HEC) institution and has earned 15 or more transferable credits with minimum CGPA of 2.5 on the scale

of 4, may apply to SCET for admission with advance standing. However, acceptance of request for transfer will

depend on availability of seat, and the quality of academic work already done by the applicant. For additional

information or clarification and Application Form please contact the Admission Office.


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Fee and Expenses

The College is a non-profit organization and provides subsidized education. The annual tuition fee (non-

refundable) for engineering programs, subject to revision from time to time, is as under for programs of 4

years for local residents and sons/daughters of expatriate Pakistanis.

Tuition Fee structure for Engineering Programs

Academic Year Rs.

2013 144,000/-

2014 172,000/-2015

2016

206,000/-

225,000/-

The annual tuition fee US $ 1900 (non-refundable) per annum will be charged from the foreign students.

The annual tuition fee (non-refundable) for Computer Science program, subject to revision from time to time,

is as under for 4 years for local residents and sons/daughters of expatriate Pakistanis.

Tuition Fee structure for Computer Science Students

Academic Year Rs.

2013 84,000/-

2014 94,000/-

2015 103,000/-

2016 124,000/-

Tuition Fee structure for Technology Programs:

Rs 42,500/semester

The annual tuition fee US $ 1900 (non-refundable) per annum will be charged from the foreign students.

The tuition fee for first year is payable before the commencement of the fall semester of admission year.

First year students are required to deposit the following in addition to tuition fee:

Admission Fee of RS. 20,000/- for Pakistani or US $ 650 for foreign applicants (non refundable)


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Security of Rs 10000/= (refundable at the time of leaving SCET subject to the clearance from relevant

department).A fee of Rs 5000/- for registration and affiliation with UET (non-refundable).

Transport:

Pick and Drop Facility is provided to all students on pre- defined routes through different localities of Lahore

on advance quarterly payment. The fares will be determined at the time of admission to SCET.

Hostel:

Only limited places are available for boys and girls. The facility is provided on first come basis and on Advance

Annual Payment for Lodgings while cost of mess will be charged on monthly basis. The amount is to beannounced at the time of admission into SCET.

Fee Summary for first year (2013):

Item Local Students Foreign Students

Tuition Fee (Engineering)

Tuition Fee (Computer Science)

Tuition Fee (Technology)

RS. 144,000/-

RS. 84,000/

RS. 85,000/

US $1900 (per annum)

US $1200 (per annum)

US $ 900 (per annum)

Security Fees (Refundable) Rs. 10,000 US $118

Admission Fees (Non-refundable) Rs. 20,000 US $236

Registration Fee (Non-refundable) Rs.5000/- US $ 55

Female Students

The SCET encourages female students to join the engineering profession. Because of revolutionary

developments in the technological field, it is no more considered as an exclusively male domain, and offers a

host of highly rewarding careers, which suit the special endowments of women. The SCET has taken measures

to provide a very supportive milieu for the female students. It has a girls' hostel, with all modern amenities,

and a lady counselor to facilitate the stay of female students on the campus.


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Merit Base Scholarship

Merit Scholarships are granted to the students seeking admission in Bachelors degree programs at the time of

admission on submission of proof of marks/grades obtained in the Intermediate/A-Level examination.

Following are the categories of these awards; continuation of scholarships during program depends on

semester results.

Merit Scholarship policy for Intermediate students:

Top five position holders from any Board of Pakistan (except Technical Board) with 85% and above

marks: 30% Tuition-fee waiver.80% or above marks in Board Examination: 25% tuition fee waiver.

75%-79.99% marks in Board Examination: 20% tuition fee waiver.

70%-74.99% marks in Board Examination: 15% tuition fee waiver.

Merit Scholarship policy for A-Level Students:

Three As in A-Level: 25% Tuition fee waiver.Two As in A-Level: 15% Tuition fee waiver.

Contact Information

All admission related queries maybe directed to the contact given below:

Contact E-mail Phone

Admission Office [email protected]

042-37860308-10 Ext. 3005Cell#

0304-4183951

0304-4184076

0304-4183994

0304-4184026

Special Discount

SEC students at 50% admission fee


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Departments at SCET

Department of Electrical Engineering

Department of Chemical Engineering

Department of Computer Science

Department of Natural and Social Sciences

Department of Administration and Facility Management

Department of IT Services


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Department of Electrical Engineering

The department offers 4-years, 8 semesters program of BS Electrical Engineering. The program has affiliation

with UET Lahore for the award of degree at the completion of the program. PEC has endorsed its functioning

through Zero-Visit. The department has ten Engineering Laboratories fully functioning with latest State-of-Art

equipment:

Electric Circuit-I, II

Electrical Workshop Practice

Circuit Analysis and Design I, II

Semiconductor Devices

Electrical Machines

Microprocessor Lab Instrument & Control

Power Generation & Transmission Lines

Communication Systems

Engineering Drawing

Semiconductor Lab Electrical Circuits Electrical Workshop

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Full Time Faculty

1: Professor Dr. Khalid Hussain Qamar Principal/Chairman of the DepartmentEE1. Qualification:

a. BSc. EE University of Huddersfield UK

b. PhD EE University of Huddersfield (UK

c. PEC Approved PhD Supervisor

2. Membership:

a. PEC Member Elect/6365

b. M.I.E.T London

3. Experience:

Senior System Engineer Marconi Defense System UKChief Research Officer N.I.E. Most Govt. Pakistan

Professor GIKI Topi Pakistan

Professor/Dean UMT Lahore

4. Publications:

a. A total of 34 R & D Publications in Journals of international repute.

2: Engr. Mazhar Iqbal Lecturer/ Coordinator EE1. Qualification:

a: BS (TE) FAST Islamabad

b: MSEE University of Bristol UK

2: Research Area:

Automation which involves mostly communication between different devices at

different level

Filter designing for efficient battery usage in small devices like mobile phones etc;Renewable energy resources at small scale

3. Merits/awards:

Gold Medalist at D.G Khan Board;Dean List of honor at FAST_NU Islamabad

Campus;Distinction in MSc at University of Bristol;ICT R&D Scholarship holder

4. Relevant Experience:

Teaching Assistant at graduation level

Took undergrad classes for electronics at University of Bristol

Matlab, proteus, Cadense

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3: Engr. Muhammad Tariq Sadiq Lecturer EE & Project Manager

1: Qualification:

a. BSc in Electrical (Telecommunication) Engineering, COMSATS Lahore,2009

b. MSc in Electrical Engineering, Blekinge Institute of Technology, Sweden, 20112: Research Area:

Books: G. A. Jafri, A. U. Rehman & M. T. Sadiq, Spectrum Sensing and Management in

Cooperative Cognitive Radio, Lambert Academic Publishing (LAP), Germany, ISBN: 978-3-659-

10976-8, April 2012.

Journal Papers:

A. Rehman, M. T. Sadiq, N. Shabbir & S. Khan, "Opportunistic Cognitive MAC

Protocol in WLAN Environment, International Journal of Computer Science Issues,

Jan 2013, Mauritius. [Submitted] ( Impact Factor:0.242)

N. Shabbir, M. T. Sadiq, H. Kashif & R. Ullah, "Comparison of Radio Propagation

Models for Long Term Evolution (LTE) Network,International Journal on Next

Generation Networks (IJNGN), ISSN: 0975-7252, Sep 2011, Australia.

M. T. Sadiq, N. Shabbir & W. J. Kluseza, "Spectral Subtraction for Speech

Enhancement in Modulation Domain, International Journal of Computer Science

Issues, July 2013, Mauritius. ( Impact Factor:0.242)

3. Merits/awards:

NTS Merit Scholarship during BSc Degree

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5: Engr. Tahseen Elahi Lab Engineer / Lecturer

1. Qualification:a. BS EE Sir Syed University of engineering and Technology Karachi

b. MS EE UET Lahore 2012 Conitnue

2. Research paper:

T.Ilahi , A.AFROZ,Generating Electricity through harnessing of Kinetic Energy

using a Ramp, International Journal (IJAPM) July 20-21, 2013,Moscow,

Russia(submitted).

3.

Merits/awards:

3. 1st prize in all Pakistan senior design project competition(PAF-KIET )4. 1st prize in procom.net International hardware competition ( FAST )5. 1st prize in COMBAT Hardware competition (PAF KIET)6. 2nd Prize in all Pakistan Re-Engineering Pakistan Competition(Expo

Center Karachi)

4. Experience:a. 2 Years of teaching and conducting experiments of BS Engineeringlevel

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4: Engr. Muhammad Zaman Malik Lecturer EE

1: Qualification:

BSc in Electrical NUCES-FAST , Lahore, 2008

MSc in Elect. Eng, NUCES-FAST, Lahore, 2012 (Gold Medalist)

2: Research Area:

Use of Radiative Transfer Equation (RT E) for Estimating Optical Signal Attenuation

through Inhomogeneous Clouds," FIT, pp.50-55, 2012 10th International Conference on

Frontiers of Information Technology, 2012

3: Merits/awards:

a. Gold Medal in MSEE

4:Relevant Experience:National University of Computer and Emerging Sciences NUCES-FAST Lahore


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6: Engr.Muhammad Ihtesham Adil Lab Engineer / Lecturer

1: Qualification:

a. B.Sc. Electrical Engineering UMT Lahore 2010b. MS Electrical Engineering COMSATS Lahore 2012 (continue)

2: Research Area:

Real-Time Embedded System, Communication System, Automated Control System

3.Merits/awards:

Dean Merit List Award, Fall 2007, UMT Lahore

Professional Certificates GSM (BSS), SDH (Transmission), CDMA (from ZTE-UET Lahore)

Professional Certificate 8051 Microcontroller Programming (from AMR Institute ofEngineering, Lahore)


Teacher Assistant at undergraduate level, Internee at PEL

Research and Development Engineer at SPURTEK SYSTEMS

Lab Engineer cum Lecturer at Sharif College of Engineering and Technology,

Lahore, since 2011

7: Engr. Muhammad Kashif Ehsan Lab Engineer

1. Qualification:

a. MS Elect Eng UCP (In progress)

b. BSc Elect Eng RIPHAH International University Islamabad 2011

2. Research Area:

PWM SOLAR CHARGE CONTROLLER WITH INVERTER AND SUN TRACKER.

DESIGN AND IMPLEMENTATION OF POWER AMPLIDIER

INTEGRATED CIRCUIT DESIGN OF ALU(ARITHMETIC LOGIC UNIT)

3. Merits/awards:

1ST

POSITION IN MCITP (GOVT OF PAKISTAN)

1ST

POSITION IN IC NANOMETER DESIGN (NATIONAL INSTITUTE OF ELECTRONICS)

2ND

POSITION IN CCNP (GOVT OF PAKISTAN)

4. Relevant Experience:Lab Engineer at Sharif College of engineering and Technology, Lahore.

Internee at National institute of Electronics Islamabad.

Internee at Mobilink GSM

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8: Engr. Muhammad Javaid Aslam Lab Engineer / Lecturer

1: Qualification:

a. BSc in Electrical Engineering, UET,Lahoreb. MSc in Energy Engineering, UET, Lahore (KSK Campus), 2013(continue)

2. Research Area:

Renewable energy , control systems , electronics

3. Merits/awards:

Workers Welfare Scholarship during BSc Degree


Testing and Design Engineer in Creative Electronics (Pvt) Ltd, (Nov 2008- Nov 2012)

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9: Engr. Noman Nisar Lab Engieer

1:Qualification:

a. B.Sc. Electrical Engineering , U.E.T Lahore, 2011

2. Research Area:

a. Power Distribution System Reliability Assessmentb. Power Electronics and Renewable n Sustainable Energy Systems

3. Merits/awards:

Awarded by a full scholarship in college by Committee on Scholarships and Fee

Concessions

Got 4 year scholarship in U.E.T by DPI(Director Public Instruction), PUNJAB GOVT.

Distinction in HSSC (7th position in Lahore Board)

Got1stPosition in Circuit Designing Competition in A G Shield at Government CollegeUniversity (July20-23, 2011)


Graduate Electrical Maintenance Engineer at BUNNYS LIMITED from August 1st

2011 to August 31st

2012.


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Road Map Bs Electrical Engineering Session 2102 3rdbatch

Course

No.Course Title

Cr

editHours

(Theory+

Practical)

Course

No.Course Title

Cr

editHours

(Theory+

Practical)

Semester I Semester-II

EE100 Electric Circuits 3+1 EE 110 Circuit Analysis & Design 3+1

HU 100 Communication Skill 0+1 EE 102 Introduction to Computing 1+1

EE101 Workshop Practice 0+1 MA 101 Differential Equations 3+0

PH100 Applied Physics 3+1 EE 111 Semiconductor Devices 3+1

MA100 Calculus 3+0 CH 100 Applied Chemistry 3+0

IS 100 Islamic Ethics 3+0 ME 102 Applied Thermodynamics 3+1

ME 100 Engineering Drawings 0+1

Total 12+5 Total 16+4

Semester-III Semester-IV

EE 210 Analog & Digital Electronics 3+1 EE 231 Data Structures 3+1

EE 230 Programming Fundamentals 3+1 EE 250 Electric Machinery Fundamentals 3+1

EE 270 Digital Logic Design 3+1 EE 220 Signals & Systems 3+0

Bi 200 Applied Biology 3+0 HU 201 Technical Writing 2+0

MA 201 Linear Algebra 3+0 MA 202 Scientific Computing 3+0

HU 202 Pakistan Studies 3+0


Semester-V Semester-VIEE 320 Appl. Probability & Statistics 3+0 EE 321 Communication Systems 3+1

EE 371 Microprocessor Systems 3+1 EE 354 Power Distribution & Utilization 3+1

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EE 353 Power Gen. & Transmission 3+0 EE 340 Control Systems 3+1

EE 380 Electromagnetic Theory 3+0 EE 311 Integrated Electronic Circuits 3+1

EE xxx Restricted Elective I 3+0 EE xxx Elective-I 3+1


Semester-VII Semester-VIII

EE xxx Elective II 3+1 EE xxx Elective -V 3+1

BA 400 Entrepreneurship & small Bus Mg 2+0 EE xxx Elective -VI 3+1

EE xxx Elective III 3+1 EE xxx Elective -VII 3+1

EE xxx Elective IV 3+1 EE 499b Project (phase -II) 0+3

EE 499a Project (ph-I) 0+3


Program Structure

DisciplineCredit Hours

Percentage share143 (Total Hours)

Engineering 106 74

Math 15 11

Science 10 7

Humanities/Soc. Sc. 12 8

Checksum 100

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RESTRICTED ELECTIVE

IE 300

Or

EE 334

System Engineering Management

or

Software Engineering

Elective I (6th Semester)

EE 330: Operating System

EE 352: Renewal Electrical Energy System

Elective II-IV (7th Semester)

EE 410: Power Electronics E,P-Core

EE 412: Electronic System Design E-Core

EE 422: Digital Signal Processing E-Core

EE 423: Computer Networks C-Core

EE 434: Algorithms C-Core

EE 436: Database Engineering C-Core

EE 451: Power System Analysis & Design P-Core

EE 461: Design of Electrical Machines P-Core

EE 462: Microwave Engineering- passive devices E-Core

EE 491: Electrical Instruments and Measurements. E,P-Core

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Electives V to VII (8th Semester)

EE 411: Industrial Control Systems E-Core

EE 423: Digital Communications - Pre-Requisite: DSP E-Core, C-Core

EE 424: Satellite Engineering E-Core

EE 437: Computer Graphics C-Core

EE 438: Introduction to Artificial Intelligent C-Core

EE 450: High Voltage Engineering P-Core

EE 453:Power System Operation and Control-Pre-Requisite: Power System Analysis and Design P-Core

EE 454: Power System Protection- Pre-Requisite: Power System Analysis and Design P-Core

EE 455: Power Plant Engineering P-Core

EE 475: Computer Architecture C-Core

EE 483: Antennas and Propagation E-Core

EE 490: Microwave Engineering Active Device E-Core

EE 481: Optical Circuits and Systems C-Core

EE 485: Electromagnetic Compatibility E-Core

Numbering Scheme

First number Level

Second number Area

Third number Sequence/serial

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Areas

General 0

Electronics 1,9

Communications 2,8

Computer 3,7

Control 4

Power 5,6

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Road map for Bachelor in Electrical Technology

SEMESTER 1

Sr# Course Code Course Title Cr.HrsPre-requisite

Course- 1

Pre-requisite

Course- 2

1 TMT110 Applied Calculus 3

2 TCS111 Computer Fundamentals 2+1

3 TEE112 Linear Circuit Analysis 3+1

4 TNS113 Applied Physics 3 3+1

5 TSS114 English Comprehension 3

6 TSS115 Islamic / Pak. Studies 3

17 3 20

SrNo. Course Code Course Title Cr.HrsPre-requisite

Course- 1Pre-requisite Course- 2

1 TMT121 Linear Algebra & Differential Equations 3 TMT110

2 TEE120 Network Analysis I 3+1 TEE112 TMM112

3 TEE123 Engineering Drawing 0+1

4 TME120 Basic Mechanical Technology 0+1

5 TSS124 Communication Skills 1+1 TSS114

7 4 11 31

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Course Code Course Title Cr.HrsPre-requisite


1 TMT233 Complex Variables & Transforms 3 TMT121

2 TCS230 Computer Programming 2+1 TCS111

3 TEE231 Digital Electronics 3+1 TCS111

4 TEE232 Network Analysis II 3+1 TEE120

5 TEE-23x Elective-I 3+0 TEE120

14 3 17 48



1 TMT244Solid State Geometry & MultivariateCalculus

3 TMM233

2 TEE241 Microprocessor Theory & Interfacing 3+1 TEE231 TCS230

3 TEE242 Electronics Devices & Circuits 3+1 TEE232

4 TEE243 Measuring Instruments & Measurements 3+1 TEE232 TME120

5 TEE244 Hydraulic & Hydraulic Machine 3 TME120

15 3 18 66


Course- 1

Pre-requisite

Course- 2

1 TCE353 Data & Computer Communication 3+1

2 TEE-35x Elective-II 3+0 TNS110

3 TEC350 Advance Electronics 3+1 TEE222 TEE232

5 TEE354 Electrical Machines 3+1 TEE232

6 TEC353 Foundations of Engineering 3

15 3 18 84

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Course- 1

Pre-requisite

Course- 2

1 TEE365 Communication Systems I 3+1 TEE313

2 TEE361 Industrial Electronics 3+1 TEC310 TEE222

3 TEE-36x Elective-III 3+1 TEE3294 TSS366 Total Quality Management 3

5 TSS367 Occupational Health Safety & Environment 3

15 3 18 102

Training Programs I


Course- 1

Pre-requisite

Course- 2

1 TNG501 Training Programme I 0+4

0 4 4 106


Course- 1

Pre-requisite

Course- 2

1 TEE-47x Electi ve IV 3+1

4 TEE475 High Voltage Technology 3+0

5 TEE476 Final Year Project 0+3

6 4 10 116

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Course- 1

Pre-requisite

Course- 2

1 TEE481 Substation Technology 3 TEE414

2 TEE-48x Electi ve-V 3+1 TEE232 TMT2333 TSS483 Engineering Economics 3

9 1 10 126

Training Programs II


Course- 1

Pre-requisite

Course- 2

1 TNG502 Training Programme II 0+4

4 130

Electives:

Electronic Electives:

o I: TEE-235 Introduction to Solid State Devices

o II: TEE-356 Digital Logic Design

o III: TEE-360 Power Electronics

o IV: TEE-470 Digi tal System Design

o V: TEE-474 Control Fundamentals

o VI: TEE: Projects

Communication Electives:

o I: TEE-236 Electromagnetic Field

o II: TEE-357 Digital Communication

o III: TEE-361 Digital Signal Process

o IV: TEE-471 Cellular Communication Systems

o V: TEE-475 RF Management Systems

o VI: TEE Project

Power Electives:

o I: TEE-236 Electromagnetic Field

o II: TEE-358 Power Generation & Util ization

o III: TEE-362 Power Switch Gears & Protectiono IV: TEE-472 Power Transmission & Distribution

o V: TEE-476 Control Fundamentals

o VI: TEE Project

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Brief Course Outlines

Semester 1

EE 100: Electric Circuits

Electric Circuits I (3+1); Pre-requisite NIL

Historical development: charge, current, potential difference. Current-voltage relationship of resistance, inductance, and

capacitance. Constant voltage and constant current sources. Kirchoffs Laws: Loop and node equations, Thevenin andNortons theorems, Concept and use of duality. First order differential equations. Determination of current and voltages in

R-L and R-C circuits. Sinusoidal Current: Complex numbers and phasor notations, Concept and handling of phasor

impedances. Lagging and leading currents and voltages. RMS and average values in general and for sinusoidal circuits.

Complex power, power factor correction and maximum power transfer theorem.

Textbook (or Laboratory Manual for Laboratory Courses)

1: The Anaylsis and Design of Linear Circuits, by Ronald E Thomas, Albert J Rosa, Gregory J, Toussaint, John Wiley, 7th

2012

Circuits Lab I

Introduction to electrical components and devices

Resistance, voltage, current measurements; power calculations

Ideal versus practical meters; meter loading

Series and parallel resistive circuits; circuit laws

Linearity and superposition

Thevenin equivalent circuits

Time-varying signals and Oscilloscope

Operational Amplifier; inverting, non-inverting amplifier, comparator

Time response of RC circuits

Use of Op-amp as integrator and differentiator

Lab exam; Students design and test circuits with given specifications

HU 100: Communication Skills (2+0)

Overview of tense systems; Principles of grammar, Common idiomatic language, Common usage problems

and grammatical errors. Understanding gist, Structure and vocabulary. Speaking and listening skills; Critical

reading; Criticism of text; Agreeing, disagreeing persuasion and counter-arguments techniques. Turn Talking

and Class decorum. Modern conventions of electronic media, presentation problems. Recent twists in

communication skills. Classrooms communication dills for variety of situations.

Text Book: Business Communication: Making Connections in a Digital World, by Lesikar 12thEdition McGraw

Hill 2010Departmento

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p


HU 101: Islamic Studies/Ethics (3+0)

Islamic Ethics (3+0); Pre-requisite: NIL

Islamic Studies (Muslims): Fazail-e-Quran:Compilation Of Quran, Surah Almaida(v1-26).Halal and Haram,Relations withmuslims and Non-Muslims, Rights of Non-muslims, Surah Al-Furqan(V63-77).Importance of Unity Of Muslims

Ummah.importance Of Sunnah;Hadid; Types ofHadid (Mutwater,Mushhoor,Aziz,Gareeb).

Tauheed:Argument for the Oneness Of ALLAH, Impact of Tauheed on Human life, Verser about Tauheed,Surah

Ambiya(V22),Surah Al-Baqrah (V163-264).Concept Of Abadat (Salat,soom,zakat,Haj and Jehad).Concept of Risalat and

Prophet Hood, Need for Prophet, Characteristics of a Prophet.Life Of the Prophet(Seerat) as embodiment of Islamic

Ideology. Faith in the hereafter(Akhrat).Right of Woman in islam.

Ethics (Non-Muslims): Philosophical & Psychological aspects of Ethics.Types of Ethics, Religions Superiority on Ethics

Revealed books. Hinduism and Judaism. Ethics in building of Character some selected Quarnic Verses. Comparative Ethics

of religions conceptsof One GOD indifferent religions. Simple living and Honesty. Concepts in Buddhism & spread of

Buddhism. Personal habits and ethics, Some Quranic Verses.

Pakistan Studies: Foundation Of Pakistan; Early advent of Islam And Notes on different personalities Evemts up to Mujahid

Movement. Aligarh movement. Sindh Madrassa. Khilafat Movement. Various other Movements for Pakistan freedom.

1947-Events. Role of women & Students in freedom movement, Early difficulties faced by the now country. Hyderabad &

junaghar Kashmir. Geogra[hical boundries, Industry & mineral wealth of Pakistan.

Textbook:Pakistan Studies by Muhammad Ikram Rabbani, urdu bazaar Publishers, 2005.

MA 100: Calculus (3+0)

ME: 100 Engineering Drawing (0+1)

ME 101: Workshop Practice (0+1)

The main objective of the course is to introduce differentiations and integration techniques. The topics

covered include: Functions and limits. Differentiations, Application of Derivatives, Integration, techniques of

Integration Application of Definite Integrals, Infinite Sequences and Series. Vectors and the geometry of space,

Vector-Valued functions and motion in space, Partial derivatives, Multiple integrals in vector fields.

Text Book: Calculus, by Gilbert Strang, 2ndEdition, Wellesley Cambridge, 2010

The objective of this course is to equip the students with the basic knowledge and skill of engineering drawings and its

application in practical scenarios. The students will also be introduced to a CAD package. Topics to be covered include:

types of lines, and usage, dimensioning, lettering, orthographic first angle projection, sheet planning, orthographic third

angle projection, introduction to computer aided drawing, isometric projection, sectional drawings and assembly

drawing. Drawing sheets will be prepared on drawing board as well as CAD package.

Text Book:1: Tutorial Guide Auto CAD by Shawna Lockhart, Prentice Hall

2: First Year Engineering Drawing by A.C. Parkinson

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PH 100: Applied Physics (3+1)

Semester 2

EE 102: Introduction to Computing

EE 110: Circuit Analysis and Design (3+1)

EE 111: Semiconductor Devices (3+1)

CH 100: Applied Chemistry (3+0)

Waves and Wave equation, refelection and transmission, Interference, Standing waves. Sound waves. Doppler Effect,

Magnetics, Force on electronic charge moving in a magnetic field. Hall effect. Ray model of light. Reflection andrefraction. Snells law. Total internal reflections and fiber optics. Ray tracing and thin lenses magnetization equation.

Combination of lenses, Lenses in cameras. Wave verses particles. Huygens principle and diffraction, Huygenes

principle and law slit. Circular apertures, Spectrometer, Polarization and Liquid Crystal Displays , Potential Energy

diagrams for molecules, Weak bonds, Bonding ins solids, Free electron theory of metals Semiconductors and doping,

Structure and properties of nucleus, Radioactivity , Alpha decay Beta decay, Gamma decay. Conservation of nucleon

number, Detection of radiation.

Text Book: Physics for Sceintists and Engineers, by Douglas C, Glancoli, 4th

Edition Prentice Hall, 2009

Solution of R-L-C circuits. Higher order differential equations. Laplace transform and related theorems. Transform of

signals involving generalized functions, Convolution, Impedance functions and network theorems. Tow-Port parameters.

Frequency responses. Magnitude and phase plots. Parts of network function. Real and imaginary parts as a function of

frequency. Fourier series, trigonometric and exponential forms, signals spectra and Fourier transform. Relationship

between Laplace and Fourier transform

Texbook: The Analysis and Design of Linear Circuits by Ronald E. Thomas, Albert J, Rosa, Gregory J, Toussaint,

John Wiley, 7th

Edition, 2012

Examples of Electronic systems, Basic physics of semiconductors , P_N junctions as diode, P_N junction forward bias,

P_N junction reverse bias, Zener diodes, Zener breakdowns, Physics of bipolar transistors, Bipolar amplifiers: Physics ofMOS transistors, CMOS amplifiers.

Texbook: 1: Fundamentals of Microelectronics by Behzad Razavi, 2nd

Edition, John Wiley 2013

2: Microelectronic Circuits, by Adel Sedra and Kenneth Smith, 6th

Edition Oxford University Press, 2010

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MA 101: Differential Equations (3+0)

Some Basic models; Dirtection Fields, Slassification of Differential Equationss, First Order Differential Equations, SecondOrder Linear Equations, Higher order Linear Equations, Seried Solution of Second Order Linear Equations, The Laplace

Transform, Systems of First Order linear Equations, Numerical Methods, The Runge-kutta Method, Nonlinear Differential

Equations and Stability, Partial Differential Equations And Fourier Series.

Textbook(or Laboratory Manualfor Laboratory Courses)

100: Elementary Differential Equations, by Boyce and Diprima, 10th

edition, John Wiley, 2012

ME 200: Applied Thermodynamics (2+0);

Applied Thermodynamics (2+0); Pre-requisite NIL

Introduction and basic concepts, energy conservation, and General Energy Analysis, Properties of Pure Substances, Energy

Analysis of Closed Systems, Mass and Energy Analysis of control Volumes. The second Law of Thermodynamics, Entropy,

Energy. A Measure of work, potentials Gas Power Cycle, Vapour and Combined Power Cycle, Refrigeration and Air-

conditioning

Text Book:

1:An Introduction to Thermal physics by Daniel V, Schroeder, AW, 1990

2:Thermodynamics : An Engineering Approach, by Yunus Cengel and Michael Bolss, 7th

Edition, McGraw-Hill, 2010

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Semester 3

EE 210 Analog and Digital Electronic (3+1)

EE 230: Programming Fundamentals (3+1)

Fundamentals of computer hardware and software, introduction to programming in C. Data types, Input and output

operators, Arithmetic operators, operator precedence. Relational operators, conditional statements, if, if-else, switch

statements. Loop statements, for, while, do-while statements, functions, arrays, initializing and processing arrays,

Multidimensional arrays.

Textbooks: 1: C++ Primer, by Stanley B Lipman, 5th

Edition, Addison-Wesley, 2012

2: Programming in C, by Stephen Kochan, 4th

Edition, John Wiley, 2011

3: C++ for Everyone, by Kay Horstman, 2nd


Topics to be covered include: Introduction to amplifiers, BJT amplifiers; DC biasing, Common Emitter, Common Base

and Emitter Follower, MOSFET amplifier, DC biasing, Common source, Common Gate and Source Follower, Multistage

amplifiers, low frequency response, power amplifiers, OPAMP base amplifiers, BJT as an Inverter, Introduction to

Feedback, Multi-vibrators and Schmitt trigger.

Textbook: 1: Fundamental of Microelectronics, by Behzad Razavi, 2nd


2: Microelectronic Circuit, by Adel Sedra and Kenneth Smith, 6th

Edition, Oxford University Press, 2010

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EE 270: Digital Logic Design (3+1)

Digital Logic Design (3+1); Pre-requisite: EE 111 Semiconductor Devices

This is a first course in digital logic design. The topics covered include: numbers systems, codes, Boolean algebra,combinational logic, arithmetic, MSI logic circuits, latches/flip flops, counters/registers, sequential circuit design, memory

devices and digital electronics:

Number Systems and Codes

Logic Gates and Boolean Algebra

Combinatorial Logic

Combinatorial Logic Design Practices

Latches and Flip-Flops

Counters / Registers Sequential Logic Design Principles

Memory, CPLD, FPGA

Interfacing with Analog World

Digital Electronics and Logic Families

Textbook(or Laboratory Manualfor Laboratory Courses):

Digital Systems, Principles and Applications by Tocci & Widmer, 11th

Edition, Pearson Education,

Bi 200: Applied Biology (3+0)

What is biology: Introduction to cell; Chemical components of cell; Protein structure and function; DNA and

chromosomes; DNA replication, repair, and recombination, From DNA to protein; how cells read the genome; Control of

gene expression; How gene and genomes evolve. Membrane structure and transport; Intracellular compartments and

transport; Cell communication, Cytoskeleton, Cell division cycle, Genetics, meiosis, and the molecular basis of heredity;

Tissues and cancer.

Textbook: Essential Cell Biology, by Bruce Alberts, 3rdedition, Garland Science, 2009

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MA 201: Linear Algebra (3+0)

Linear Algebra (3+0); Pre-requisite: MA 101 Multivariable Calculus

Course stresses important mathematical concepts and tools used in advanced mathematics, Computer Science, Physicsand Economics. Systematic methods of solving systems of linear equations are the underlying theme and applications of

the theory will be emphasized. Topics of exploration include Gaussian elimination, determinants, linear transformations,

linear independence, bases, eigenvectors and eigenvalues. Conference time will be allocated to clarifying course ideas and

exploring additional applications of linear algebra:

Introduction to Systems of Linear Equations, Matrices and Matrix Operations, Elementary Matrices and a Method for

finding A-1 Diagonal, Triangular and Symmetric Matrix , The Determinant Function and its properties, Cramers Rule,

Introduction to Vectors, Lines and Planes in 3-Space, Linear Transformations from Rn to Rm ,Composition of Linear

Transformations, Real Vector Spaces, Subspaces, Bases and Dimensions, Row Space and Column Space, Null Space, Rankand Nullity, Inner Products, Angle and Orthogonality in Inner Product Spaces.


1;Anton, Howard and Chris Rorres, Elementary Linear Algebra, Applications Version, 8th

Edition. John Wiley & Sons,Inc.

2000

2:Linear Algebra and its Applications, by Gilbert Strang, 4th

edition, Brooks Cole, 2005

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Semester 4

EE 220: Signals and systems (3+0)Signals and Systems (3+0): Pre-requisite: EE 110 Circuit Analysis & Design

The objective of the course is twofold: (a) to provide the student with a solid mathematical foundation in complex

variables and common engineering transforms and (b) to prepare the student for graduate-level core courses in

communication, control and signal processing by giving the student a thorough working knowledge of these techniques:

Introduction to Signals and Systems [Continuous-time, Discrete-time, Periodic, Even, Odd signals, Complex

exponentials and sinusoids in continuous-time and discrete-time, Unit step and unit impulse, Example and Basic

properties] LTI Systems [Discrete-time LTI systems, Impulse response, Discrete-time convolution, Examples and properties

of discrete-time convolution, Continuous-time LTI systems, Continuous-time convolution, Relationship between

system properties and impulse response, Properties of LTI systems, Differential equation representations]

Fourier Series [Introduction, Eigen function property of complex exponential, Continuous-time Fourier series,

Exponential and Trigonometric forms, Examples, Convergence, Gibbs Phenomenon, Properties of Fourier series,

Discrete-time Fourier series, Properties, Examples and Parsevals relationship]

Continuous Time Fourier Transform [Definition, Frequency response, Properties and Examples]

Discrete Time Fourier Transform [Definition, Relationship to Fourier series, Examples and Properties] Laplace Transform [Definition, Region-of-Convergence, Properties, Examples and Characterization of linear time-

invariant systems]

Z Transform [Definition, Region-of-Convergence, Properties, Examples and Characterization of linear time-

invariant systems]

Textbook:Signal and Systems by A. V. Oppenheim, A. S. Willsky and S. H. Nawab, Prentice Hall (or Laboratory Manualfor

Laboratory Courses)

EE 231: Data Structures (3+1)

Mathematical Tools, recursion. Algorithm analysis, Big-Oh and other measure, Albstract Data Types, Lists, Stacks,

Queues, Trees: Binary Search Tree, Hashing, Separate chaining, Open Addressing, Rehashing, Priority Queues, Sorting:

insertion sort, Shellsort, Heapsort, Mergesort, Quicksort, Graph Algorothms shortest path algorithms.

Texbook: 1: Data Structures and Algorithm Analysis in C++, by Mark Allen Weiss, 3rd

Edition Pearson, 2006

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EE 250: Electric Machinery Fundamentals (3+1)

Electrical Machines (3+1); Pre-requisite: EE 110 Circuit Analysis & Design

The course explores concepts in electrodynamics, using electric machinery as examples. It teaches an understanding ofprinciples and analysis of electromechanical systems. By the end of the course, students are capable of doing

electromechanical analysis of the major classes of rotating and linear electric machines, and have an understanding of the

principles of the energy conversion parts of Mechatronics. Students learn how to estimate the dynamic parameters of

electric machines and understand what the implications of those parameters are on the performance of systems

incorporating those machines.

Introduction to Machinery Principle; Transformers: Ideal, Equivalent Circuit, Per Unit System, Voltage Regulation,

Efficiency, Auto-transformer, Three Phase Transformer

DC Machines Fundamentals: Linear Machines and its transient analysis, Operating Principle, commutation,internally generated voltage and torque, Power flow and losses.

DC Generators: Equivalent Circuits, Types, Parallel Operation.

DC Motors: Equivalent Circuits, Types, Motor Starting.

AC Machines: Fundamentals: Concept of Rotating magnetic field, MMF and Flux distribution, induced voltage,

basic definition, induced torque, power flow and losses.

Synchronous Generators: Speed and frequency, internally generated voltage, equivalent circuit, phasor diagram,

power and torque relationships, Parallel operation.

Synchronous Motors: Basic principle, steady state operation, starting. Induction Motors.

Textbooks: 1: Electric machinery fundamentals, by Stephen J, Chapman, 5th

Edition, McGrawhill, 2011

HU 201: Technical Writing (2+0)

Introduction to technical writing; Differential between technical and creative writing; Project/thesis/report

writing; Technical terminology; APA,MLA,and IEEE writing styles; Biblography writing; Eliminating jargon,redundancy; Planning and Organization, Style and register, Use of proper English in technical writing; CV

writing, office correspondence writing minutes of meetings; examination answering; Note taking; research

proposals writing; Modifying techniques, hypothesis building; writing article and research papers; Plagiarism

and self-plagiarism.

Textbook: A Manual for Writer of research papers, Thesis and Dissertations, Chicago style for Students and

Reseachers, by Kate L, Turaban, Wayne C Booth, Gregory G Volomb and Joseph M, Willams, 7

th

edition TheUniversity of Chicago Press

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HU 202: Pakistan studies (3+0)

Pakistan Studies (3+0); Pre-requisite: NIL

Islamic Studies: (Muslims): Ejaz-ul-Quran: Surah Luqman, Greatness of Quran. Rights Of Parents, tableeg-e-

Din.Rules of Tafseer,Hadood,Taziraat;Definition Of zina, Qazaf, and Luan. The concept of Privacy in

Islam.

Sunah: Compilation of Hadid, Siah Sitta and its Compilation. Politics In Islam, Concept of Nation In Islam.

khilaphet. Jehad: philosophy of Jihad, Types of Jihad, importance of Jihad, Comparison of the religions of the

World. Aswa-e-Husna human Rights in Islam, Justice. Rights of Wives in Islam.

Ethics (Non-muslims):Good and Evil Forces. Social Pressure & ethics. Rights and Responsibilities of Man. Crimeand punishment. Islamic Teaching &life and Teaching Of prophet Muhammad(PBHU).Main Points of the holy

Quran.Some Quranic Verses.

Pakistan Studies: creation of Pakistan, Difficulties faced by the nations after independence. Resources of

Pakistan: Agriculture, industry, Human resources and Education. Islamic Government, Pakistan and Islamic

World, Importance Pakistan is Islamic Word. Establishment of Muslim Block and Muslim Bank. Economic and

Defense Planning.

Textbook(or Laboratory Manualfor Laboratory Courses)Ready to Write Karen Blanchard / Christine Root

Class notes and Handouts.

MA 202: Scientific Computing (3+0)

This course presents a broad overview of numerical methods for solving all the major problems in scientific

computing, including Linear and Nonlinear equations, Linear Least Squares, Eigen values Problems, Nonlinear

Equations, Optimization, Interpolation, Numerical Integration and differentiation, Initial value problems for

Ordinary differential Equations, Boundary Values Problems for Ordinary Differential equations, Partial

Differential equations, Fast Fourier transforms, Random numbers generators.

Textbook: Applied Numerical Methods with MATLAB for Engineer and Scientists, by Stephen C, Chapra,

3rdedition, McGraw Hill 2011.

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Semester 5EE 353: Power Generation and Transmission (3+0)

Transmission systems planning, transmission Line Structure and equipment, Fundamental Concepts, Overhead

power transmission, Underground Power Transmission and Gas Insulated Transmission Lines, Direct-Current

Power Transmission, Transient Over voltages and Insulation. Coordination, Limiting Factors for Extra-High and

ultrahigh Voltage Transmission: Corona, Radio Noise, and Audible Noise, Symmetrical Components and Fault

Analysis, Protective Equipment and Transmission Systems Protection, transmission System Reliability,

Construction of overhead Lines, Sag and Tension Analysis.

Textbooks:

1; Electric Power Generation, Transmission, and Distribution, by Leonard L,Grigsby, 3rdEdition CRC Press 2012

2: Electrical Power Transmission System Engineering: Analysis and Design, by Turan Gonen, 2nd edition CRC

Press, 2009

3: Electricity Power generation: The Changing Dimensions, by Digamber M, TagaremJW, 2010

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EE 371: Microprocessor Systems (3+1)

EE 380 Electromagnetic Theory (3+0)

Electromagnetics (3+0); Pre-requisite: PH 100 Applied Physics

This course provides a physical/ Mathematical understanding of electric and magnetic fields.The behavior of all devices,

circuits, and systems in electrical engineering is based on electric and magnetic fields at the fundamental/physical level.

Contents include: Coordinate systems and vector analysis. Electrostatic fields, Coulombs law, Gausss Law, Divergence,Potential and Energy, Dielectrics and conductors (metals) in electrostatic fields, method of images, Boundary conditions,

capacitance, poissons and Laplaces Equations, Boundary value problems. Electric Currents: Current density, the

continuity equation, Nature of direct current, Conduction in metals and semiconductors, Ohms Law, Power Dissipation

and Joules law. Resistance calculations. Static Magnetic Fields: Biot-Savarts law and applications, Amperes circuital law,

Curl, vector magnetic potential, magnetic materials, Boundary conditions, Inductance, Magnetic energy. Magnetic Forces

and torques. Time Varying Fields: Faradays Law, transformer emf and motional emf, Displacement current, Maxwells

equations I point and integral forms, Wave equations and their solutions: The retarded potentials, Boundary conditions.

Textbook(or Laboratory Manualfor Laboratory Courses:

1: Engineering Electromagnetics, by William H, Hayt and J A Buck, 8th

Edition McGraw Hill, 2011

Microprocessor Systems (3+1); Pre-requisite: EE 230 Data Structure

Microprocessor Systems bus structure, DMA, and interrupts, microprocessor architecture, memory an I/O ports, addressing

modes, instruction set, microprocessor programming techniques, Microcontrollers memory systems design, CPU read/write

timing, RAM, and ROM interface requirements, address decoding and interfacing dynamics RAM Interface serial, parallel

programming and interrupt driven I/O, direct memory access and peripheral controllers, programmable peripherals

interface, universe synchronous/asynchronous receiver/transmitter an programmable interrupt controller, datacommunication standards

Text Book: 1:The x80 PC Assembly Language Design and Interfacing. By Muhammad Ali Mazidi, Janice Mazdi, and Danny

Causy, SE PH, 2009

2: Embedded Systems: Real-Time Interfacing to Arm@ Cortex-M Microcontrollers, by J. W. Valvano,

CreateSpace Independent Publishing Plateform, 2011

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MA320: Applied Probability and Statistics (3+0)

Applied Probability & Statistics(3+0); Pre-requisite: NIL

The course introduces students to the modeling, Quantification, and analysis of uncertainty. Topics covered

include: Formulation and solution in sample space, random variables, transform techniques, simple random

processes and their probability distributions, Markov processes, Limit theorems, and elements of statistical

inference.


1:Probability, Random Variables and Stochastic Processes by Athanasius Papoulis and S. U. Pillai, 4th Edition, McGraw

Hill,2002.

2: Introduction to Probability, by Dimitrri P. Bertsekas, John N. Tsitsiklis, 2nd

Edition Athena Scientific, 2008

3: Introduction to Probability and Statistics for Engineers and Scientists, by Sheldon Ross, 6th

edition AP, 2013

IE 300: System Engineering Management (3+0)

Semester 6EE 311; Integrated Electronic Circuits (3+1)

This practical introduction to system engineering and analysis provides the concepts, methodologies, models, and tools

needed to understand and implement a total life-cycle approach to systems and their analysis. Contents would address

identification of a need and extending that need through requirements determination, functional analysis and

allocation, design synthesis, and validation, operation and support, phase-out nad disposal improvements of systems

currently in being showing that by employing the iterativeprocess of analysis,evaluations, feedback, and modification,most systems in existence can be improved in their affordability, effectiveness, and stakeholder satisfaction.

Textbooks: 1: System Engineering management, by Berjamin S, Blanchand, 4thedition, Wiley, 2008

2; System Engineering and Ana;uysis, by Benjamin S, Blanchrd and Wolter J, Fabrycky, 5thEdition Pretice Hall,

2010

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Semester 6

EE 311: Integrated Electronic Circuits (3+1)

EE 321: Communication Systems (3+1)

Communication Systems (3+1); Pre-requisite: EE 380 Electromagnetics

The course covers basic principles of communication theory with emphasis on analog modulation systems:

Introduction to Signals [Classification of Signals, Useful Signal Operations, Signals and Vectors, Signal

Comparison via Correlation, Signal Representation by Orthogonal Signal Set, Trigonometric and Exponential

Fourier Series]

Analysis and Transmission of Signals [Fourier Integral, Transforms of Some Useful Functions, Properties ofFourier Transform, Signal Transmission Through a Linear System, Signal Distortion over a Communication

Channel, Signal Energy (Power) and Energy (Power) Spectral Density]

Amplitude (Linear) Modulation [Baseband and Carrier Communication, Amplitude Modulation, Double

Sideband, Quadrature Amplitude Modulation, Single Sideband, Vestigial Sideband, Carrier Acquisition,

Superheterodyne AM Receiver and Behavior of Amplitude Modulated Systems in Noise]

Angle (Nonlinear) Modulation [Instantaneous frequency, Bandwidth of Angle Modulated Waves, Generation of

FM Waves, Demodulation of FM, Interference in Angle Modulated Systems, FM Receiver and Behavior of Angle

Modulated System in Noise] Sampling and Pulse Code Modulation [Sampling Theorem, Pulse-Code Modulation, Differential Pulse Code

Modulation and Delta Modulation]

Principles of Digital Data Transmission [Digital Communication System, Line Coding, Pulse Shaping, Scrambling,

Regenerative Repeater, Detection-Error Probability, M-ary Communication, Digital Carrier Systems and Digital

Multiplexing]

Miscellaneous Topics [Digital Services, Digital Switching Technologies, Cellular Telephone System, Spread

Spectrum Systems and Transmission Media]

Textbook(or Laboratory Manualfor Laboratory Courses)Modern Digital and Analog Communication Systems by B. P. Lathi, 3

rdEdition, Oxford University Press.

Topics to be covered include: current sources and current mirrors, differential amplifiers, high frequency response,

feedback, stability, oscillations, digital CMOS circuits, complementary logic transmission gates wire delay, sequential logic

using CMOS and timing issues in digital circuits

Textbooks: 1: Microelectronic Circuits, by Adel Sedra and Kenneth Smith, 6th

Edition Oxford UniversityPress, 2010.

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EE340: Control System (3+1)

Control Systems (3+1); Pre-requisite: EE 220 Signals and Systems

The course familiarizes the student with the mathematical tools and skills needed to analyze and design feedbackcontrol systems:

Preliminaries [Examples of Control Systems, Closed-Loop and Open-Loop Control Systems, Laplace

Transformation, Laplace Transform Theorems, Inverse Laplace Transformation and Differential Equations]

Mathematical Modeling [Transfer and Impulse Response Functions, Automatic Control Systems and Block

Diagrams, Application to Electrical Systems and Signal Flow Graphs]

Transient and Steady State Response Analysis [First-Order Systems, Second-Order Systems, Higher Order

Systems and Routh-Hurwitzs Stability Criterion]

Analysis and Design with Root-Locus Technique [Root-Locus Plots, Root-Loci Construction Rules, DesignConsiderations, Lead Compensation, Lag Compensation and Lead-Lag Compensation]

Analysis and Design with the Frequency Response Technique [Bode Diagrams, Polar Plots, Magnitude-Phase

Plots, Nyquist Stability Criterion, Stability Analysis, Lead Compensation, Lag Compensation and Lead-Lag

Compensation]


1:Computer Networks: A Systems Approach by Larry Peterson and Bruce Davie, Morgan Kaufmann.

2: Modwern Control Engineering, by Katsunhiko Ogata, 5

th

Edition, Prentice Hall, 20113: Control Systems Engineering, by Norman S, Nise, 6th

edition, Wiley, 2011

EE 354: Power Distribution and Utilization (3+1)

Load Characteristics, Application of Distribution Transmission, Design Considerations of Primary Systems, Voltage Drop

and Power Loss Calculations, Distribution Systems voltage regulation, Distribution Systems Protection, distribution

Systems reliability, Electric power quality, and electric utilities.

Textbooks; 1: Electric Power Generation, transmission, and Distribution, by Leonard L, Girgsby, 3rd Edition , CRC

Press, 2012

2: Electrical Power Distribution System engineering, by Turan Gonen, 2nd

edition CRC Press, 2008

3: Understanding Todays electricity Business, by Bob Shively and john Ferrare Enerdynamics LLC, 2010

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EE 330: Operating Systems (3+1)

EE 352: Renewal Electrical Energy Systems (3+0)

Operating systems: structure, Process management, Threads, CPU Scheduling Process synchronization, Deadlocks,

Virtual memory, File System Interface and Implementation, Mass-storage Structure, I/O Systems, Protection andSecurity, Distribution Systems, Special Purpose Systems, real Time systems, Linux Systems.

Textbooks: 1: Operating Systems Concepts, by Abraham Silberschatz, Peter B, Galvin, Greg Gagne, 9th

Edition, Wiley, 2012

The course covers topics as distributed generation and its interconnections issues photovoltaic, solar-thermal, hydropower, fuel cells, wave energy and wind turbines. Social, economical and environmental issues related with the

renewable-energy technologies will also be discussed.

Textbooks: 1: Renewable and Efficient Electric Power, by Gilbert M, Masters Wiley, 2004

2; Fundamentals of renewable Energy processes, by Aldo Vieira Da Ross, 3rd

Edition Academic Press, 2013

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Semester 7

EE 410: Power Electronics (3+1)

EE 412: Electronic System design (3+1)

EE 422: Digital Signal Processing (3+1)

EE 432: Computer Networks (3+1)

Power Semiconductor diodes and Circuits, Diode rectifiers, Power transistors, Dc-DC Converters, Pulse-width Modulated

inverters, Thyristors, resonant pulse Inverters, Multilevel inverters, Controlled Rectifiers, AC Voltage controllers, Static

switches, Flexible AC transmission Systems, linear Regulated power Supplies, Dc Drives, Ac drives, Protection of devices

and circuits.

Textbooks;

1: Introduction to Modern power electronics, by Andrzej M, Trzynadlowski, 2nd

Edition Wiley, 2010

2: Power Electronics, circuits, devices and applications, by Muhammad H. Rashid , 3rd

Edition , Prentice Hall, 2013

The topics to be covered include; modeling resistors, capacitors and inductors, sensors models, sensor interfacing, high

speed PCB design, low power design, active filters, high precision circuits and low-noise techniques.

Textbooks: 1:The art of Electronic by Paul Horowitz and Winfield Hill, 2nd

edition, Cambridge university Press, 1989

The course provides a basic introduction to the theory of digital signal processing. The course concentrates on signal

analysis using Fourier Transforms, linear system analysis, filter design and effect of fixed word length on the design offilters, Matlab is used for Fourier analysis and designing of digital filters.

Textbooks: Understanding Digital signal processing, by Richard Lyons, 3rd

Edition, Prentice Hall, 2011

Computer Networks and the Internet, Application Layer, Transport Layer, The Network Layer, The Link Layer and LocalArea Networks, Wireless and mobile Networks, Multimedia Networks.

Textbooks: Computer Networking: A Top-Down Approach, by J Kurose and Ross, 6th

Edition, Adison-Wesley, 2012

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EE 434: Algorithms (3+1)

EE 436: Database Engineering (3+1)

EE 451: Power System Analysis and Design (3+1)

Topics covered include: Big O , omega, and theta notation to give asymptotic upper, lower, and tight bounds on time and

space complexity of algorithms; Time complexity of recursively defined algorithms ; Algorithm design using the greedy,

dynamic programming, divide-and conquer and branch-and-bound, strategies, Hash tables, binary search trees, andgraphs. Sequential search, binary search, O(N log N) sorting algorithms and fundamental graph algorithms including

depth-first and breadth-first search, single-source and all-pairs shortest paths, and minimum spanning tree algorithm.

Textbooks; Introduction to Algorithms, by Cormen et al, 3rd

Edition, MIT Press, 2009

This course is an introduction to the architecture and design of modern database management systems (DBMSs) DBMSs

are used to manage, store, and query diverse data, including audio, video and image data, Topics include logical databasestorage and organization, SQL transaction management and concurrency control, query processing algorithms and data

structures, physical database implementation, including data storage, indexing, and optimization.

Textbooks: Database S stem Conce ts, b Abraham Silberschataz, 6th

Edition, Mc-Graw Hill, 2010

Power System, Past, Present and Future trends, Electric Utility Industry Structure, Computer in Power Systemengineering, Distributed Generation, Instantaneous Power in Single-Phase ac circuits Complex Power, Power in Balanced

Three-Phase Circuits, transformer Equivalent Circuits, Three-phase transformers Connections and phase Shift, Balanced

three-Phase Two-Phase Winding transformers, Three-Windings Transformers, Transmission-Line parameters, Power

Flows, Solutions to Linear Algebraic Equations, Gauss Eliminations, Jacobi and Gauss-Seidel, Newton-Raphson, Power-

Flow Problem, Power-Flow Solution by Gauss-Seidel and Newton Raphson methods.

Textbook: Power Systems Analysis and Design, by Duncan Glover, J Duncan Glover, Mulukulta S. Sarma and

Thomas Overbye, 5th

Edition, CL-Engineering, 2011

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EE 461 D i f El t i l M hi (3 0)


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EE 461: Design of Electrical Machines (3+0)

EE 482: Microwave EngineeringPassive Devices (3+1)

Theoretical principles and techniques of electrical machine design. Design of rotating electrical machines with step-by

step approach to machine design. The course presents: Machine type definitions: different synchronous, asynchronous,DC, and doubly salient reluctance machines. Analysis of types of construction; external pole, internal pole, and radial flux

machines. The properties of rotating electrical machines, including the insulation and heat removal options. Methods for

tackling, and solutions to, real design problems. Rotor surface magnets permanent magnet machine and squirrel cage

induction machine design calculations.

Textbooks: Design of Rotating Electrical Machnies, by Juha Pyrhonen, Tapani Jokinen , and Valeria Hrabovcova,

Wile 2009

Topic to be covered include: Review of Maxwells equations, filed in media and boundary conditions, the plane wave,

reflection from media (dielectric, conductor) boundary, loss in conductors, surface resistance, energy, power, transmission

line theory, the lossless line, terminated line, Smiths chart, quarter wave transformer, lossy transmission line, general

guide, TEM TE and TM modes, TE and TM solutions in rectangular wave guide. TEM modes on coaxial line and Strip-line

structure, Quasi-TEM on Micro-strip line, characteristic impedances and loss calculations, microwave network analysis,impedance and equivalent voltage and current, impedance matrix and loss calculations, microwave network analysis,

impedance and equivalent voltage and current, impedance matrix, signal flow graphs, microwave matching networks,

limped single stub and double stub matching, microwave resonators, dielectric resonator, resonator coupling, microwave

power dividers and couplers, properties of three port and four ports networks, Wilkinsons power divider, hybrid coupler

quardrature and rat race and coupled line coupler.

Textbooks: Microwave Engineering, by David Pozar, 4th


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EE 491: Electrical Instruments and Measurements (3+1)


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EE 491: Electrical Instruments and Measurements (3+1)

BA 400: Entrepreneurship and Small Business Management (2+0)

Electrical Instrumentation and Measurements (3+1); Pre-requisite EE 100 Electric Circuit

This course provides and introduction to the basic principles and building blocks for the analysis design of

instrumentation systems for electrical/electronic and related physical measurements. It covers the basic

measurements, factors effecting measuring errors. Measuring and indicating instruments. Measurement f

waveform, impedance and circuit parameters, RF, and Microwave. Electronic measuring instruments, Oscilloscopes,

DSO, Frequency counters, Spectrum Analyzers, Logic Analyzers, Signature Analyzers ,Network Analyzers ,Signal

Generators, Pulse Generators , Arbitrary waveform Generators , Introduction to advance Concepts, Standard

instruments busses, virtual instrumentation. The concept of sensors, measurement of physical/Chemical and other

phenomena critical to Electrical/Electronic engineering.

Textbooks: 1:Digital and Analogue Instruments, Testing and Measurement, by Nihal Kularatna, Instityute of

engineering and Technology, 2008

2: Fundamentals of Instruments and Measurement, by I, Placko, Dominique, ISTE Ltd, 2007

3: Measurement and Instruments Principles, by Alen S Morris, Butterworth Heinemann, 2001

Fundamental principle of mental life and human behavior, Significance of psychology in human relationships and self-

understanding, Topics covered include evolutionary psychology, neuropsychology, biological psychology, positive

psychology, applied psychology, careers, and multiculturalism and diversity.

Textbooks: 1: Innovation and entrepreneurship, by Peter F. Drucker, Harper, 2006

2; Patterns of Entrepreneurship Management, by Jack. M Kaplan and M. Kaplan (Author) Anthony Warren, 3rdEdition,

Wiley, 2009

3: Essentials of Entrepreneurship and Small Business management, by Norman M. Scarborough, 6th

Edition, Prentice

Hall, 2010

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S 8


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Semester 8

EE 411; Industrial Control Systems (3+1)

EE 423: Digital communications (3+1)

Electric Heating: principles and applications, induction and dielectric heating. HF Welding, Spot welding control.

Industrial control: speed control of DC, AC and servo motors. AC and DC drives. Process control. Measurement of non-

electric quantities: temperature, displacement, pressure, time, frequency. Digital industrial measuring systems;

Ultrasonic generations and application; X-Rays application in industry; PLCs industrial control using PLCs ; Data

acquisition, distributed control system in process industries.

Textbooks: 1: Modern industrial electronics, by Timothy J. Maloney, 5th

edition, Prentice Hall, 2009.

2: Electric Motors and control Systems, Frank, Petruzella, Career Education, 2009

DSP as Pre-requisite:

The course deals with the fundamentals and practical aspects in the analysis and design of digital communication

systems,. Topics covered are: the spectrum efficient digital modulation techniques their comparison and detection

techniques, channel coding principles, wireless communication channel, cellular communication principles,

communication link analysis, and techniques used to combat the channel impairments, overview of multiple access

techniques and example wireless communication systems.

Textbooks: 1: Digital Communication, by J.G. Proakkis and M. Salehi, 5th

Edition McGraw Hill, 2005

2: Digital Communication Systesm, by S. Haykins, Wiley, 2013

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EE 414: Satellite Engineering (3+0)


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EE 414: Satellite Engineering (3+0)

The aim of the course is to provide a comprehensive introduction of satellite technology with the emphasis, space

segment. It will develop a thorough understanding of space mission elements, space environmental and differentsubsystems of a satellite, and also includes the basic terminologies and principles which govern the design of satellite.

Topics to be covered include: space environment, orbits and elements of space mission, launch vehicle and propulsion,

attitude and orbit control subsystems, electrical power subsystem, Tracking telemetry and command subsystem,

spacecraft mechanical design, thermal design, payload, satellite reliability, earth stations and introduction to Pakistan

satellite programs.

Textbooks: 1: The Communication Satellite by M. Williamson

2: Spacecraft System Engineering by P. Fortescue, J. Stark and G. Swinerd, John Wiley and Sons, 2003

3: Space Mission Ana;lysis and Design by W. J. Larson and J. R. Wertz, 2nd

Edition, Kluwer Academic

Publication, 1992

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EE 437: Computer Graphics (3+1)


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EE 437: Computer Graphics (3+1)

EE 438: Introduction to Artificial intelligence (3+0)

EE 450: High Voltage Engineering (3+1)

This course gives a broad overview of the field of computer graphics and covers the hardware, software and techniques

used in computer graphics students learn about rasterization and ray tracing, homogeneous and perspective transform,

object representation, illumination models, basic GPU architecture. 2D transformations, painting windowing, clipping,

3D graphics including hidden lines and surface and shading;

Textbooks: 1: Interactive Computer Graphics: A Top-Down Approach with Shader-Based Open GL by Edward

Angel and Dave Shreiner, 6th

Edition, Addison-Wesley, 2011

2: The Grammer of Graphics by Leland Wilkinson, 2nd

Edition, Springer, 2005

3: Information Visualization: Perception for deisgn (Interactive technologies), by C. Ware, 3

rd

edition,Morgan Kaufmana, 2012

Introduction, Intelligence Agents, Solving Problems by Searching, Constraint satisfaction Problems, Logical

Agents, Inference in First-Order Logic, Planning and acting in the real world, Knowledge Representation,

Quantifying Uncertainty, Probabilistic Reasoning, making simple decision, Making Complex decision, Learningfrom Examples, Probabilistic Models, reinforcement Learning.

Textbooks; artificial Intelligence: A modern Approach, by Stuart Russel and Peter Norvig, 3rd Edition,

Generation of High Voltage, Measurement of high voltage; Electronics field and filed stress control; Electrical

breakdown in gases; Breakdown in solid and liquid bielectrics, Non-destructive insulation test techniques; Over

voltages; testing procedures and insulation coordination: Design and testing of external insulation.

Textbooks; 1; High Voltage and Electrical Insulation engineering, by Ravindra Aror and Wolfgang Mosch, Wiley,

2010

2; High voltage Engg fundamentals, by J. Kenffel, E. Kenffel and W.S. Zaengl, 2nd

Edition Newnes,2000,

Departmento

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EE 453: Power System Operation and control (3+1)


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EE 453: Power System Operation and control (3 1)

EE 454: Power System Protection (3+1)

Pre- PsAnDEnergy control center functions, state estimation and steady state security assessment techniques, economic dispatch,

optimal power flow, automatic generation control, and dynamic equivalents.

Textbooks: Power Generation, Operation, and Control, by Allen Wood and Wollenberg, 3rd

editon, Wiley, 2013

Pre-PsAnD

This course covers: elements of protection system; relay Operating principles; Current and Voltage Transformers; Non-

pilot Over current Protection of Transformation Lines; Rotating Machinery Protection; Transformers Protection: Bus

Reactor and capacitor Protection; Power System Phenomena and relaying Considerations.

Textbooks: 1: Power system relaying, by Stanley H. Horowitz and Arun G. Phadke, 3rd


2: Protection Relay Principles, by Anthony F. Sleva, CRC Press , 2009

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Department of Chemical Engineering


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p g g

The department offers 4-years, 8 semesters program of BS Chemical Engineering. The program has affiliation

with UET Lahore for the award of degree at the completion of the program. PEC has endorsed its functioningthrough Zero-Visit. The department has six Engineering Laboratories fully functioning with latest State-of-Art

equipments:

Applied Chemistry

Applied Physics

Applied Mechanics

Engineering Drawing Particle Technology

Electrical Technology

Chemical Process Industries

Fluid Dynamics

Industrial Instrumentation

Heat Transfer Chemical reaction Engineering

Energy engineering

Dynamics and Control

Plant Design

Environment Engineering

Mass Transfer

Thermodynamics

DepartmentofChemical

Engineering


Full Time Faculty


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y

1: Professor Dr. M. Anwar-ul-Haq Chairman of the Department

1. Qualification:

a. BSc. University of Punjab;

b. PG Chemical Engineering University College London UK

c. PhD Chemical Engineering University of Surrey UK

2. Membership:

a. Fellow of Institute of Chemical Engineering London

b. Fellow of Institute of Chemical Engineering Pakistan

3. Experience:

a. Director NFC. IEFR. FSD

b. Advisor CO

s Cet Prospectus 2013

Documents

Transcript of s Cet Prospectus 2013